FOR APPROVAL
F
APR.22.’13
FOR APPROVAL (Revised as marked)
E
MAR.11.’13
FOR APPROVAL (Revised as marked)
D
FEB.14.’13
FOR APPROVAL (Revised as marked)
C
OCT.08.’12
FOR APPROVAL (Revised as marked)
B
JUL.11.’12
FOR APPROVAL (Revised as marked)
A
APR.09.’12
FOR APPROVAL (Separated from PEP)
REV.
DATE
DESCRIPTION
DSGN
CHKD
APPD
PROJECT :
TWO(2) x 500 MW MONG DUONG 1 THERMAL POWER PLANT
EMPLOYER :
CONSULTANT :
CONTRACTOR :
DESIGNED BY
DATE
TITLE :
APR. 09.’12
CHECKED BY
DATE
PROCEDURE FOR PLANT IDENTIFICATION
(KKS NUMBERING SYSTEM)
APR. 09.’12
APPROVED BY
DATE
PROJECT NUMBER
DOCUMENT NUMBER
REV.
APR. 09.’12
ADB/MD1-TPIP/EPC150911
MD1-0-M-010-05-00001
F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
CONTENTS
1.0
KKS - INTRODUCTION (IDENTIFICATION SYSTEM FOR POWER PLANTS) ................................. 1
1.1
PURPOSE ............................................................................................................................................................ 1
1.2
REQUIREMENTS TO BE MET BY THE IDENTIFICATION SYSTEM KKS .................................................................... 1
1.3
STRUCTURE AND APPLICATION OF THE POWER PLANT IDENTIFICATION SYSTEM KKS ....................................... 2
1.4
BREAKDOWN, STRUCTURE AND CONTENTS OF THE IDENTIFICATION .................................................................. 5
1.5
PLANT CODE KEY............................................................................................................................................... 7
1.6
FUNCTION KEY .................................................................................................................................................. 7
1.7
EQUIPMENT UNIT KEY ..................................................................................................................................... 10
1.8
COMPONENT IDENTIFICATION .......................................................................................................................... 11
1.9
BREAKDOWNS, CONTENTS OF KKS DATA CHARACTER .................................................................................... 12
2.0
PROJECT RELATED RULES, AGREEMENTS AND PROCEDURES .............................................. 16
2.1
GENERAL RULES ON PROCESS-RELATED IDENTIFICATION ................................................................................ 16
2.2
RULES ON MODIFICATIONS AND CANCELLATIONS OF KKS NUMBERS .............................................................. 16
2.3
GENERAL RULES ON OTHER NUMBERING CODE ELEMENTS (FN, AN, BN). ........................................................ 17
2.4
GENERAL RULES REGARDING DIRECTION OF NUMBERING ................................................................................ 17
2.5
WRITING MODUS OF KKS CODE ....................................................................................................................... 17
2.6
EXCEPTION ...................................................................................................................................................... 18
3.0
KKS FUNCTION CODE .............................................................................................................................. 19
4.0
KKS EQUIPMENT UNIT CODE................................................................................................................. 65
5.0
KKS COMPONENT CODE ......................................................................................................................... 69
i
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
1.0
KKS - INTRODUCTION (IDENTIFICATION SYSTEM FOR POWER PLANTS)
1.1
Purpose
The power plant identification system is applied to clearly identify plants, systems, parts
and components to their purpose, type and location.
The contents are based on the “Identification Systems for Power Plant (KKS)” published
by VGB - Technical Association of Large Power Plant Operators.
1.2
Requirements to be met by the identification system KKS
In order to perform the set tasks the identification system must be capable of satisfying the
following requirements:

Determination of all installations and sub-systems,

An adequate number of reserve codes must be available for future developments in
power plant engineering,

The classification of installations and sub-systems must be generally applicable to all
types of power plant; all individual circuits and arrangements must, however, be clearly
identifiable,

Clear identification of all sub-systems,

An identification used in a power plant must be non-recurring,

Subdivision with graded details and a fixed meaning for the data characters,

Variable identification length depending upon the detail requirements of the various
areas of application,

Independent identification of various systems must be possible,

Ease of recognition ensured by clarity and an acceptable length for the identification,

Plausibility check facility, especially for data processing,

Existing standards, guidelines and recommendations must be taken into account.
1
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
1.3
Rev.F
Structure and application of the power plant identification system KKS
The KKS consists of three types of identification:

The process-related identification identifies installations and equipment according to
their assigned task in the power plant process,

The point of installation identification identifies the points of installation within an
installation unit (e.g. cubicles, consoles, panels),

The location identification identifies the rooms and floors, or other installation sites, for
installations and equipment in building structures.
A uniform identification structure, with a maximum of four breakdown levels, was created
for all three types; the units referred to becoming smaller from left to right.
Fig. 1 shows the breakdown levels, referring to a process-related identification as an
example.
Serial Number of
Breakdown level
Name of
Breakdown level
Example
0
1
2
3
Total plant
Function
Equipment
Component
Unit
System
Pump unit
Pump
[Fig. 1. Breakdown levels, referring to Process-related identification]
2
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
1.3.1
Rev.F
Process-related identification
In this type of identification the entire system is subdivided according to the function or
process, since, whether for mechanical, electrical, control of civil engineering, the
equipment units and components must be identifiable in relation to the process.
The process-related identification is for many applications the most important identification,
since it permits, for example, locations of electrical and control equipment, rooms, signals,
and the identification in circuit diagrams related to particular functions.
In the electrical and instrumentation control engineering sectors, the equipment for
auxiliary services, power supply, open-loop-control, instrumentation, etc,. is treated as a
process engineering function. The same applies to structures in civil engineering work.
The process-related identification corresponds to the identification block “Plant” in DIN
40719, part 2.
This block has the prefix sign “=”.
According to the standard, the prefix
sign can be omitted provided that the identification remains unambiguous.
1.3.2
Point of installation identification
As with the Process-related Identification, the KKS is also used to identify locations,
principally of electrical and instrumentation and control equipment, but also of mechanical
equipment. Locations, for example, coordinates, racks and positions in cubicles etc. are
identified in the breakdown level EQUIPMENT UNIT.
The identification letters now used for the Point of installation identification in the
breakdown level FUNCTION are the same as those for the process-related identification.
This improves recognition of the identification in the overall system.
In order to prevent possible confusion between Process-related identification and Point of
installation identification the prefix sign “+” must be added to the point of installation Code
(according to DIN 40719, part 2).
The breakdown symbol “full stop” between breakdown
Level 1 and 2 must be added. This prefix sign is omitted when there is absolutely no
ambiguity in layout documents.
1.3.3
Location identification
In order to clearly identify the position of plant, subsystems and equipment in the power
plant, the building structure and floor is entered at the breakdown level FUNCTION, and
the rooms on the various floors of the building structure at the breakdown level
EQUIPMENT UNIT. The breakdown level COMPONENT is omitted in such cases. Fire
protection sections are identified according to the room identification.
3
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
1.3.4
Rev.F
Breakdown level structure
Serial number of
0
1
breakdown level
Name of
Total
Function
breakdown level
plant
Designation of data
G
F0 F1 F2 F3 FN
character
Type of data
(A) or (N)
(N) A A A N N
character
A = Alphabetical symbols (letters, special symbols)
2
3
Equipment
unit
Component
A1 A2 AN A3
B1B2BN
A A N N N (A)
AANN
N = Numerical symbols (digits)
( ) = The data characters may be omitted
1.3.5
Title and contents of the breakdown levels
Breakdown levels
0
Total plant
1
Function
2
Equipment unit
3
Component
Process-related Code
Total
plant
System code
Equipment unit
code
Component
code
Mechanical
Unit
System
Pump unit
(pump)
Civil
Unit
Unit
Structure, floor
Structure, floor
Rolling door
Fan unit
(motor)
(fan)
C&I
Unit
Unit
System
System
Measuring circuit
Open-loop control
Electrical
Unit
Unit
Switchgear
Transformer
Fan unit
Unit
Installation
Unit code
Installation
Space code
Unit
Unit
Unit
Switchgear
Tier/space
Elec. equip. cab. Tier/space
Control console Coordinate
Point of Installation
Electrical and C&I
Location Code
Total plant
Civil
Unit
Unit
Structure code
Structure, floor
Outdoor area
4
Room code
Room/Coordinates
Coordinates
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
1.4
Breakdown, structure and contents of the identification
1.4.1
Breakdown levels
The KKS is divided into different BREAKDOWN LEVELS and codes from right to left in
diminishing order of the units of a complete power plant.
The breakdown levels have the following structures:
0
Total plant
G
A or N
1
Function
F0 F1F2F3
FN
NN
(N) A A A
(4)
2
Equipment unit
A3
A1A2
AN
NNN
(A)
AA
(5)
(6)
Function code
Note 1) & 2)
(Chapter 3.0)
Equipment unit code
(Chapter 4.0)
Component code
(Chapter 5.0)
(1) = Serial No. of breakdown level
(2) = Name of breakdown level
(3) = Nature of data character
(4) = Number with two digits decided by the designer
(5) = Number with three digits (progressive) decided by the designer
(6) = Letters indicating the redundancy
5
3
Component
B1B2
BN
AA
NN
(1)
(2)
(3)
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
Note 1) : Rules on AN numbering for piping and in-pipe-components
Serial No.
Valves (AA AN)
Pipes (BR AN)
AN
001 ~ 099
Manual valves in main pipes
101 ~ 150
Control valves in main pipes
151 ~ 199
Solenoid valves in main pipes
201 ~ 250
251 ~ 279
281 ~ 299
Main pipes
Motorized isolating valves in main
pipes
Pneumatic isolating valves in main
Reserve
pipes
Hydraulic isolating valves in main
pipes
301 ~ 399
Isolating equipment for measuring
Pressure lines for measurement
401 ~ 499
Valves in drains and flushing pipes
Drain, flushing pipes, pressure
suppression pipes
501 ~ 599
Valves for venting
Vents
601 ~ 699
701 ~ 799
Valves for sampling and chemical Sampling and chemical dosing
dosing
pipes
Valves for internal controls (solenoid
Internal instrument lines
valves)
801 ~ 899
Valves for damper
Duct line
901 ~ 999
Safety Valves
Line from/to Safety Valves
Note 2) : Rules on AN numbering for field instruments
001 ~ 099
Sensing element (analyzer, vibration, etc.) including flow nozzle and
orifice
101 ~ 199
Transmitter (flow, level, pressure, temperature) including themocouple
and RTD
201 ~ 299
Switch (flow, level, pressure, temperature)
301 ~ 399
Metal temperature elements
401 ~ 499
Test well, Test point
501 ~ 599
Local gauge (flow, level, pressure, temperature)
6
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
1.5
Rev.F
Plant code Key
Plant code identification
0
Name of breakdown level
Total plant
Identification of data character
G
Type of character

Plant
(A or N)
G
Plant code Key, G
Code
Identification
n
N = 1, 2, 3,…….,9 for Unit
0
For components in common to the whole plant
(BOP equipment)
In this Mong Duong 1 Project, Plant code is defined as follows:
1.6
Code
Identification
0
Common for the plant
1
Unit 1
2
Unit 2
Function Key
Serial No. of breakdown level
1
Name of the breakdown level
Function
Identification of data character
F0
F1 F2 F3
FN
Type of data character
N
AAA
NN



Plant system or island F0
Main groups
F1
Groups
F1F2
7
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)

1.6.1
Subgroups
F1F2F3
Function Key, Plant system or island F0
Code
Identification
n
N = 1, 2, 3,…….,9 refers to plant system or island
0
Refers to equipment in common
In this Mong Duong 1 Project, Function key is defined as follows:
Code
0
Identification
Common for the plant unit :
-
Chemical dosing system
-
Sewage treatment and drainage system
-
Gaseous Chlorination system
-
Fire fighting system
-
Service gas(N2, H2,CO2) gas system
-
HVAC system
-
Emergency diesel generator system
-
Auxiliary boiler
Boiler island – A(*)
1
-
Boiler
-
Electrostatic precipitator
-
Flue gas system
-
Fuel system
-
Limestone system
-
Bottom & Fly Ash system
Boiler island – B(*)
2
3
-
Boiler
-
Electrostatic precipitator
-
Flue gas system
-
Fuel system
-
Limestone system
-
Bottom & Fly Ash system
Steam turbine/generator island
-
Steam Turbine Generator
8
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Code
-
Identification
Boiler Feedwater Pump
-
Condenser Extraction Pump
-
Feed Water Heater
-
Condenser
-
Aux steam system
-
Circulating Water Pump
-
Intake facility
-
Aux. Cooling water system
-
Closed cooling water system
-
Compressed air system
Rev.F
Yard island
4
-
Coal Handling System
-
Limestone Handling System
-
Ash Handling System(Ash slurry)
-
Fuel Oil(Light, Heavy) Handling System
-
HFO Heating and Drain System
Water treatment island
5
-
Potable & Service water system
-
Waste water treatment and drainage system
6
Electrical equipment
7
Instrumentation and control equipment
(*) NOTE : The boiler located in west side of unit is designated as Boiler “A” and the other
one (east) is designated as Boiler “B”.
1.6.2
Function Key, Main Groups F1
Code
A
Identification
- Grid and distribution systems
B
- Power transmission and auxiliary power supply
C
- Instrumentation and control equipment (Identification on a priority basis
according to main, instrumentation and control function also acceptable in
composite structure hardware package systems.)
E
- Conventional fuel supply and residues disposal
G
- Water supply and disposal
H
- Conventional heat generation
9
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
L
- Steam, water cycles
M
- Main machine sets
N
- Process energy supply for external users
P
- Cooling water systems
Q
- Auxiliary systems
S
- Ancillary systems
U
- Structures and Buildings
X
- Heavy machinery (not main machine sets)
Y
- Site
Z
Workshop and office equipment
For complete function code list including system limits of function groups F1F2 and function
sub-groups F1F2F3 see function code (Chapter 3.0).
1.7
Equipment unit Key
Equipment unit identification
Serial No. breakdown level
2
Name of the breakdown level
Equipment unit
Identification of data character
A1A2
AN
A3
Type of data character
AA
NNN
NN

Main groups
A1

Subgroups
A1A2
10
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
Equipment Unit Key, groups A1:
Code
Identification
A
Mechanical equipment
B
Mechanical equipment
C
Direct measuring circuits
D
Closed-loop control circuits
E
Analog and binary signal conditioning
F
Indirect measuring circuits
G
Electrical equipment
H
Sub-assemblies of main and heavy machinery
For complete equipment units of the subgroups A1A2, see equipment unit code (Chapter
4.0).
1.8
Component identification
Serial No. breakdown level
Name of the breakdown level
Identification of data character
Type of data character

Main groups
B1

Subgroups
B1B2
3
Component
B1B2
BN
AA
NNN
Component code main groups B1:
Code
Identification
-
Electrical components
K
Mechanical components
M
Mechanical components
Q
Instrumentation and control components (non electrical)
X
Signal origins
Y
Signal applications
Z
Gated signals
For complete components of the subgroups B1B2, see component code (Chapter 5.0).
In P&I diagrams breakdown level 3 is NOT used.
In other document it may be used according to separate agreements.
11
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
1.9
Rev.F
Breakdowns, contents of KKS data character
Serial No. of breakdown
Name of breakdown
Identification of data
Type of data character
0
Total
plant
G
(A or N)
F0
(N)
1
2
3
Function
Equipment unit
Component
F1F2F3
AAA
FN
NN
A1A2
AA
AN
NNN
A3
(A)
B1B2
AA
BN
NN
Identification of
power station units and
unit independent plants
Prefix No. of the function code
Counting of similar systems and plants
System-classifying
Classifying sub-division of system
and plants of unit
System-counting
Counting sub-division of systems and plants
into system sections and sub-systems
Equipment-classifying
Classifying sub-division of mechanical
equipment, open loop-control
Equipment-counting
Counting of similar mechanical equipment, electrical and
control & instrumentation equipment
Additional identification of breakdown level 2
Identification of pilot valves, multiple drives/elec. loads,
measuring points with multiple output/operating points
Component-classifying
Classifying sub-division of components
Component-counting
Counting of components or signals
The data character marked ( ) and the prefix sign can be omitted of the identification is unequivocal.
12
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
1.9.1
Rev.F
Process-related Designation
The breakdown levels have the following structure :
0
Overall plant
G
A or N
F0
N
1
Function
F1F2F3
FN
AAA
NN
2
Equipment unit
A1A2
AN
A3
AA
NNN
A
3
component
B1B2
BN
AA
NN
Function code
(chapter 3)
equipment unit code
(chapter 4)
component code
(chapter 5)
Limits of the function
The limits of systems and sub-systems are part of the function code list.
LEGEND for the limits
From incl.
From excl.
to excl.
“from incl”
means “including”
the mentioned component
“from excl”
means “excluding”
the mentioned component
“to excl”
means “excluding”
the mentioned component
“to incl”
means “including”
the mentioned component
to incl.
If consumer system limits are not defined, the beginning of consumer system is at branch-off or
outlet of supply system or at a point where unequivocal allocation of a component to consumer
system is possible.
13
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
1.9.2
Rev.F
Point of Installation Identification
This designation is used for the point of installation identification in assembly units for
instrumentation and control system (for e.g. in cubicles, panels, consoles etc.) Not only is
this designation important for cabling but for the interconnection of electrical equipment
and equipment of the control technical as well.
The Point of Installation Code is divided into different breakdown levels with different
meanings, from right to left in diminishing order, starting from the Total Plant up to the
Installation Space Code.
The following example illustrates the structure of the Point of Installation Code:
+
0
1
2
Total Plant
Installation Unit Code
Installation Space Code
G
F0
F1F2F3
FN
A
N
AAA
NN
where:
Prefix symbol for point
of installation code
Designation of Entire
Plant Units
Designation of Units Groups
Systems classifying
System numbering
Break down symbol "full stop" (it can be omitted)
Installation space code - vertical subdivision (where needed)
Additional code - identification of special components where needed
1.9.2.1 Level 1
See Clause 1.7
14

A1A2
AN
AA (NN)
AA (NN)
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
1.9.2.2 Level 2
The alphabetical designation of installation point in the vertical direction (rows designation)
is done by data character A1A2. Data characters AN indicate counting in the horizontal
direction (columns numbering).
As alphabetical letters (without I and O) are used, on data characters A1 A2 for point of
installation identification in the assembly unit there occurs the combination of letters as for
the aggregate designation according to process. In order to discriminate it from other
types of designation there must be written “.” (period) in front of the breakdown level 2.
As a result to a fact that there are often used codes next to each other in the electric
therefore there is used “=” (sign of equality) in front of designation code according to
process and “+” (sign of plus) in front of designation code according to point of installation,
which in similar cases neither have to contain level 2 nor period for the discrimination of
prefix code, which can fall off in case that the specification stays unambiguous.
The following principles direct for the designation of installation point in assembly units:
- The counting direction and counting sequence derive from the initial position data(left
top corner) at the view to the front side.
- The counting direction at the view to the front side is from left to right and from top to
bottom.
- The vertical breakdown is axis Y (i.e. rows designation) is designated with Capital
letters.
- Horizontal breakdown in axis X (i.e. columns numbering) is designated with Arabic
numbers.
1.9.3
Location Identification
Breakdown level
Title of breakdown level
Designation
character
of
data
Type of data character
Civil engineering
0
1
2
Total plant
Building code
Room code
G
+
(A)
(N)
Total plant
F
F
F
F
F
F
A
A
A
A
A
A
0
1
2
3
N
N
1
2
N
N
N
3
(N)
A
A
A
N
N
A
A
N
N
N
(A)
Building
Room
Floor, Level
Section
This identification block expects the prefix symbol “+”(Location) ; may be omitted if the
identification remains unambiguous.
15
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
2.0
PROJECT RELATED RULES, AGREEMENTS AND PROCEDURES
2.1
General rules on process-related identification

Rev.F
Piping & Instrument Diagrams (P&ID) and Single Line Diagrams (SLD) are the basic
documents (origins) for a project related KKS coding.

Single line diagrams are the basic documents (origins) for a project related KKS coding
in electrical engineering.

For other engineering activities (e.g. layout planning, component engineering), KKS
code must always be taken from the above mentioned basic documents.

In basic KKS documents (P & IDs and SLD), the breakdown level 3 (Component code)
shall not be applied.

Special rules on point of installation identification and location identification have to be
established within the relevant engineering disciplines (Electrical, I&C and Civil
engineering).
The basis is the KKS - Application Commentaries, Part B2, B3, and B4
by VGB.
2.2
Rules on modifications and cancellations of KKS numbers

It is not allowed to change allocated KKS numbers for a project, if these numbers have
been released for the project.

The original KKS number is still kept, even when another kind of equipment is used
providing that the function according to the KKS equipment unit code is not changed
(e.g. substitution of a gate valve by a globe valve).

If in a project hardware component is no longer used, it is not allowed to re-allocate its
KKS number for another component in the same project.
16
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
2.3
Rev.F
General rules on other numbering code elements (Fn, An, Bn).

Numbering starts a new when one of the preceding code elements changes.

Numbering may be consecutive or grouping.

Numbering need not be continuous.

Numbering conventions, once established, may not be altered, not even in the event of
changes made in the progress of planning.

Redundant zeros must be written.

An application-specific scheme of numbering may be established.
However, such
schemes may not have the effect of reserving numbers in other applications, not even
within the same engineering discipline.

Management systems (e.g. computer checking programs, allocation sheets) have to
assure, that no double KKS numbers occur in the project.

If necessary, subdivisions of number ranges in Fn and An according to the division of
work could be made. They have to be written down directly in the Function key code
and must be respected by the partners.
2.4
General rules regarding direction of numbering

Standard designations have priority in all cases.

Numbers are increased in media or process flow direction.

Project counting directives refered to local layouts are related to breakdown level “0”,
and prefix number for system code “F1” and structures (F1=U) only.

The counting is related to any geographical direction.
e.g. from North to South, from West to East (in case of electric room, from Left to
Right viewed from cubicle front) and from Lower part to Upper part.
2.5
Writing modus of KKS code
Following structures of the KKS code are allowed:
17
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)

Rev.F
In one line with space between Function Level, Equipment Unit Level (and Component
Level).
e.g. 13PAC10AP001(-M01) (eg. Main cooling water pump (motor))

In two lines
e.g. 13PAC10
AP001(-M01)
2.6
Exception

All the systems and equipments within boiler supplier scope which are controlled or
monitored by the plant DCS shall equip the KKS number. The systems and equipments
which are controlled or monitored by the local control equipment under supervision of
the plant DCS shall also equip the KKS number.

Very minor pipes, such as pipes for instrument indicated in P&ID within boiler area shall
not equip the KKS number.

Parts and components of civil work, such as structure, floor and beam etc shall not
equip the KKS number.

The numbering system for control panel cables shall not equip the KKS number.

Point of installation identification and location identification are not applicable to boiler
supplier scope.
18
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
KKS FUNCTION CODE
3.0
Caution
1. Character “O” & “I” shall not be used in KKS function code.
2. KKS function code not defined in the following list can be only used after the Contractor’s
approval.
A
GRID AND DISTRIBUTION SYSTEMS
AB
> 420kV systems
AC
Not used
AD
Not used
AE
110(150)kV systems
AK
10(15)kV systems
AKA
High voltage main dist. board 1)
AKE
High voltage sub-dist. Board 1)
AN
< 1kV system
ANA
Low voltage main dist. board (free for use up to ANC) 1)
ANE
Low voltage sub-dist. board (free for use up to ANH) 1)
AP
Control consoles
APA
Control panel (free for use up to APD) 1)
APE
Interposing relay panel (free for use up to APN) 1)
AQ
Measuring and metering equipment
AQA
Metering panel 1)
AQB
Summation panel 1)
AR
Protection equipment
ARA
Protection relay panel (free for use up to ARZ)
AS
Decentralized panels and cabinets
19
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
ASA
Circuit breaker appurtenance
ASB
Multiplication, conversion, decoupling
ASC
Transducer appurtenance
ASD
Compressed air, hydraulics
ASJ
Automated controls, closed-loop control
ASL
Grid simulation, voltage group selection
ASM
Measuring equipment
ASN
Auxiliary power supply
AT
Transformer equipment
ATA
Transformer equipment (free for use up to ATZ)
AU
Open-loop control, checkback and auxiliary equipment
AUA
Open-loop control, checkback and auxiliary equipment (free for use up to AUZ)
AV
Marshalling racks
AVA
Marshalling racks (free for use up to AVZ)
AW
Operating equipment
AX
Central equipment
AY
Communication equipment
AYA
Control console telephone system
AYC
Alarm system
AYE
Fire alarm system
AYG
Remote terminal unit
AYJ
Remote metering system
AYP
Optical monitoring system
AYT
Not Used
20
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
B
POWER TRANSMISSION AND AUXILIARY POWER SUPPLY
BA
Power transmission
BAA
Generator leads
BAB
Neutral grounding cubicles
BAC
Generator circuit breaker, including Voltage transformers
BAD
Not used
BAS
Not used
BAT
Generator transformers, including cooling system
BAW
Not used
BAU
Earthing and lightning protection systems
BAX
Fluid supply system for control and protection equipment
BAY
Control and protection equipment
BB
Medium-voltage distribution boards and transformers, normal system
BBA
Medium-voltage distribution boards, normal system (free for use up to BBS)
BBP
Not used
BBS
Not used
BBT
Medium-voltage auxiliary power transformers
BBX
Fluid supply system for control and protection equipment
BBY
Control and protection equipment
BC
Medium voltage distribution boards and transformers, general-purpose
BCA
Medium voltage distribution boards, general-purpose (free for use up to BCS)
BCT
Start-up, offsite, general-purpose transformers
BCX
Fluid supply system for control and protection equipment
BCY
Control and protection equipment
BF
Low voltage main distribution boards and transformers, normal system
BFA
Low voltage main distribution boards, normal system (free for use up to BFS)
BFT
Low voltage auxiliary power transformer(free for use according to voltage level up to
BFW)
BG
Low-voltage distribution boards and transformers
BGA
LV distribution boards
BGT
LV auxiliary power transformer
BH
Low voltage main distribution boards and transformers, general-purpose
21
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
BHA
Low voltage main distribution boards, general-purpose (free for use up to BHS)
BHC
Not used
BHM
Not used
BHP
Not used
BHT
Low voltage auxiliary power transformer
BHX
Fluid supply system for control and protection equipment
BHY
Control and protection equipment
BJ
Low voltage sub-distribution boards and transformers, normal system
BJA
Low voltage motor control center (free for use up to BJS)
BJM
Not used
BJT
Low voltage auxiliary power transformers
BJX
Fluid supply system for control and protection equipment
BJY
Control and protection equipment
BL
Low voltage sub-distribution boards and transformers, general-purpose
BLA
Low voltage motor control center, general-purpose (free for use up to BLS) 1)
BLM
Not used
BLT
Low voltage auxiliary power transformers
BLX
Fluid supply system for control and protection equipment
BLY
Control and protection equipment
BM
Low voltage distribution boards and transformers, (diesel) emergency power system
BMA
Low voltage emergency distribution boards (free for use up to BMD)
BME
Low voltage emergency distribution boards, motor control center (free for use up to
BMS)
BMT
Low voltage auxiliary power transformers (free for use according to voltage level up to
BMW)
BMX
Fluid supply system for control and protection equipment
BMY
Control and protection equipment
BR
Low voltage distribution boards, uninterruptible (converter) power supply
BRA
Low voltage safe distribution boards (free for use up to BRS)
BRT
Converter (rotary)
BRU
converter (static), inverter
BRV
Emergency power generating equipment
BRX
Fluid supply system for control and protection equipment
BRY
Control and protection equipment
22
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
BT
DC supply systems & Battery
BTA
Batteries & Battery accessories (free for use up to BTK)
BTE
Not used
BTL
Rectifiers, battery chargers (free for use up to BTV) 1)
BTW
Common equipment (free for use up to BTZ)
BU
Direct voltage sub-distribution boards
BUA
Direct voltage sub-distribution boards (free for use up to BUS)
BUX
Fluid supply system for control and protection equipment
BUY
Control and protection equipment
BV
Direct voltage distribution boards, emergency power system
BVA
Direct voltage emergency distribution boards (free for use up to BVS)
BVX
Fluid supply system for control and protection equipment
BVY
Control and protection equipment
BY
Control and protection equipment
BYA
Control and protection equipment (free for use up to BYU)
BYC
Cathodic protection system 1)
BYH
Electrical heat tracing system 1)
BZ
Not Used
BZA
Not Used
23
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
C
INSTRUMENTATION AND CONTROL EQUIPMENT
(Identification on a priority basis according to main instrumentation and control
function also acceptable in composite structure hardware packing systems)
CA
Protective interlocks
CAA
Cabinets for Protective interlocks (free for use up to CAC)
CAD
Turbine protection cabinets 1)
CB
Functional group control, sub-loop control
CBA
Cabinets for Functional group of Sootblower control system 1)
CBB
Cabinets for Functional group of ESP 1)
CBC
Cabinet for functional group control (if not DCS) 1)
CBD
Cabinet for functional group control of DCS 1)
CBP
Cabinets for synchronization
CBQ
Cabinets for auxiliary power changeover
CC
Binary signal conditioning
CCA
Cabinets for binary signal conditioning (free for use up to CCQ)
CD
Drive control interface
CDA
Cabinets for Drive control interface (free for use up to CDQ)
CE
Annunciation
CEA
Cabinets for Annunciation systems (free for use up to CEJ)
CEK
Fault recording (free for use up to CEQ)
CF
Measurement, recording
CFA
Cabinets for measurement
CFB
Cabinets for temperature measurement (if not DCS.) 1)
CFC
Cabinets for electrical measurement 1)
CFQ
Cabinets for recording (meters, pen recorders)
CG
Closed-loop control (excl. power section)
CGA
Closed-loop control (free for use up to CGH)
CGK
Not Used 1)
CH
Protection (excl. reactor protection)
CHA
Cabinets for generator and transformer protection (free for use up to CHD)
24
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
CHE
Earth protection cubicles of 10 kV switchgear 1)
CHF
Protection(free for use up to CHY)
CJ
Unit coordination level
CJA
Unit coordination level (including cabinets)
CJD
Start-up control, set-point control (unit)(incl. Cabinets)
CJF
Boiler control system (incl. Cabinets)
CJJ
Instrumentation and control cabinets for steam turbine set (Turbine governor system) 1)
CJK
Instrumentation and control cabinets for steam turbine set (Turbine supervisory
system) 1)
CJL
Instrumentation and control cabinets for steam turbine set (Turbine run-up
system) 1)
CJN
Instrumentation and control cabinets for steam turbine set
CJR
Not used
CJU
Instrumentation and control cabinets for other main and heavy machinery (free for use
up to CJY)
CK
Process computer system
CKA
Online supervisory and diagnostic computer (free for use up to CKH)
CKD
Vibration monitoring system
CKJ
Access control computer (free for use up to CKM)
CKN
Process computer system (free for use up to CKY)
CM
Instrumentation and control equipment (free for use for system combination)
CMA
Large screen (free for use up to CMT) 1)
CN
Auxiliary control system
CP
Instrumentation and control equipment (free for use for system combination)
CPE
Interposing relay panel 1)
CQ
Not used
CR
Not used
CS
Not used
CT
Aux. Instrumentation and control panels
CTE
Local cubicles for Aux. boiler equipment 1)
25
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
CU
Electrical supply cubicles for automatic systems 1)
CUA
Electrical supply cubicles for automatic systems 1)
CV
Marshalling racks
CVA
Marshalling racks (free for use up to CVN)
CVP
Marshalling racks for remote-electric 1)
CW
Control rooms
CWA
Main control consoles (free for use up to CWE)
CWF
Main control panel (free for use up to CWP)
CWQ
Cubicles and panels for electrical equipment and supply, Control rooms 1)
CWV
Not used
CX
Local control stations (e.g. for cooling water systems, diesel units, supervision of
generator cooling, remote shutdown station)
CXA
Local control stations (free for use up to CXD)
CXL
HVAC systems switchgear building 1)
CXM
Fuel oil pumping station 1)
CXU
Reserved
CXX
Reserved
CXV
Reserved
CXZ
Not used
CY
Communication equipment
CYA
Telephone system (PABX)
CYB
Control console telephone system
CYC
alarm system(acoustic)
CYD
Alarm system
CYE
Fire alarm system
CYF
Clock system
CYG
Remote control system
CYH
Telemetry system
CYJ
Remote metering system
CYK
HF carrier telephone system
CYL
Staff paging system
CYM
Not used
CYN
Not used
26
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
CYP
CCTV system
CYQ
Not used
CYR
Pneumatic tube conveyor
CYS
Radiotelephone system
CYT
Intrusion detection system
CYW
LAN system 1)
27
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
E
CONVENTIONAL FUEL/LIMESTONE SUPPLY AND RESIDUES DISPOSAL
EA
Unloading and storage of solid fuels
EAA
Ship unloading system
EAB
Rail wagon and truck unloading system
EAC
Transport system
EAD
Stacking system
EAE
Bunker system, storage area (stockyard)
EAF
Bucket wheel system, reclaimer system
EAT
Weighing equipment
EAU
Sampling system
EAY
Control and protection equipment
EB
Mechanical treatment of solid fuels (also for gas generation and treatment)
(Crushing, mixing, drying, etc.)
EBA
Transport system
EBB
Mixing system
EBC
Crushing system, pulverizing system
EBD
Screening system
EBE
Separator system and discharge equipment
EBF
Temporary storage system for milled raw coal
EBG
Predrying system
EBH
Main drying system
EBJ
Dried coal transport system including aftercooling
EBK
Dried coal temporary storage system
EBL
Vapor compressor system
EBM
Exhaust system
EBR
Residues removal system
EBT
Weighing equipment
EBU
Sampling system
EBY
Control and protection equipment
EC
Distribution of solid fuels
ECA
Distributing equipment
ECE
Bunker system, storage 1)
ECT
Weighing equipment
ECU
Sampling system
ECY
Control and protection equipment
28
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
ED
Chemical treatment of solid fuels in residues removal
(e.g. desulfurization plant)
EDA
Ship unloading system 1)
EDB
Rail wagon and truck unloading system 1)
EDC
Transport system 1)
EDD
Stacking system 1)
EDE
Bunker system, storage area (stockyard) 1)
EDF
Bucket wheel system, reclaimer system 1)
EDG
Mixing system 1)
EDH
Grinding system 1)
EDJ
Screening system 1)
EDK
Separator system and discharge equipment 1)
EDL
Temporary storage system for limestone 1)
EDM
Pre-drying system 1)
EDN
Main drying system 1)
EDP
Limestone pneumatic transport system including after-cooling 1)
EDQ
Limestone temporary storage system 1)
EDR
Exhaust system 1)
EDS
Residues removal system 1)
EDT
Weighing equipment 1)
EDU
Sampling system 1)
EDY
Control and protection equipment
EE
Conversion of solid fuels
EG
Supply of liquid fuels(light fuel oil, heavy fuel oil)
EGA
Oil receiving station
EGB
Storage tanks
EGC
Pump system
EGD
Piping system
EGE
Mechanical cleaning, scrubbing
EGF
Temporary storage system
EGG
Preheating
EGR
Residues removal system
EGT
Heating medium system
EGU
Billing meter station
EGV
Lubricant supply system
29
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
EGX
Fluid supply system for control and protection equipment
EGY
Control and protection equipment
EH
Chemical treatment of liquid fuels including residues removal
Rev.F
(light and heavy oil fuel)
EHA
Chemical treatment of liquid fuels including residues removal (free for use up to EHU)
EHV
Lubricant supply system
EHX
Fluid supply system for control and protection equipment
EHY
Control and protection equipment
EK
Supply of gaseous fuels
EKA
Receiving equipment incl. Pipeline
EKB
Moisture separation system 1)
EKC
Heating system
EKD
Main reducing station, expansion turbine
EKE
Mechanical cleaning, scrubbing
EKF
Storage system
EKG
Piping system
EKH
Main pressure boosting system
EKR
Residues removal system
EKT
Heating medium system
EKV
Lubricant supply system
EKW
Sealing fluid supply system
EKX
Fluid supply system for control and protection equipment
EKY
Control and protection equipment
EL
Chemical treatment of gaseous fuels including residues removal
EM
Supply and treatment of fluxing agents
EN
Supply of other fuels (as main fuel : light fuel oil, heavy fuel oil or crude oil)
ENA
Receiving equipment incl. Pipeline 1)
ENB
Tank farm 1)
ENC
Pump system 1)
END
Piping system 1)
ENE
Mechanical cleaning, scrubbing system 1)
ENF
Temporary storage system 1)
ENG
Preheating system 1)
30
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
ENR
Residues removal system 1)
ENT
Heating medium system 1)
ENX
Fluid supply system for control and protection equipment
ENY
Control and protection equipment
EP
Treatment of other fuels (as main fuel)
EPC
Pump system 1)
EPD
Piping system 1)
EPG
Physical treatment of light fuel oil 1)
EPR
Physical treatment of heavy fuel oil 1)
EPT
Heating medium system 1)
EPX
Fluid supply system for control and protection equipment
EPY
Control and protection equipment
EQ
Conversion of other fuels (as main fuel)
ER
Ignition fuel supply
ERA
Pulverized coal supply system
ERB
Oil supply system
ERC
Gas supply system
ERY
Control and protection equipment
ES
Supply and treatment of supplementary fuels
ET
Ash and slag removal system
ETA
Wet ash conveying system
ETB
Storage or setting pond for wet ash
ETC
Wet ash dredger
ETD
Conveying system for granulate
ETE
Storage system for granulate
ETG
Conveying system for dry ash
ETH
Storage system for dry ash
ETK
Common conveying system for wet and dry ash
ETL
Common storage system for wet and dry ash
ETM
Settling plant for wet and dry ash
ETN
Forwarding, distribution, recovery and disposal systems or flushing and ash water
ETP
Generation and distribution system for carrier air
ETX
Fluid supply system for control and protection equipment
31
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
ETY
Control and protection equipment
EU
Treatment and transport system for combustion, fuel treatment, fuel conversion,
flue gas cleaning, gas generation residues
EUA
Treatment system for fuel treatment residues
EUB
Treatment system for fuel conversion residues
EUC
Treatment system for fuel combustion residues
EUD
Treatment system for flue gas cleaning residues
EUE
Treatment system for gas generation and treatment residues
EUF
Treatment system for fuel treatment residues
EUH
Treatment system for fuel conversion residues
EUK
Treatment system for fuel combustion residues
EUM
Treatment system for flue gas cleaning residues
EUP
Treatment system for gas generation and treatment residues
EW
Sealing fluid supply system/decompacting medium supply system
EY
Control and protection system
G
WATER SUPPLY AND DISPOSAL
GA
Raw water supply
GAA
Extraction, mechanical cleaning from incl. intake to incl.
mechanical cleaning system outlet
GAC
Piping, channel and pump system
GAD
Storage system
GAF
Pump system
GAV
Lubricant supply system
GAX
Fluid supply system for control and protection equipment
GAY
Control and protection equipment
GB
Treatment system including cooling water make-up water treatment system
GBB
Filtering, mechanical cleaning system
GBC
Aeration, gas injection system
GBD
Precipitation system
GBE
Acid proportioning system
GBF
Ion exchange, reverse osmosis system
32
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
GBG
Evaporation system
GBH
Deaeration, drying system
GBJ
Preheating, cooling system
GBK
Piping system, temporary storage system, pump system for main fluid
GBL
Storage system outside fluid treatment system (if not part of another system)
GBN
Chemical supply system
GBP
Regeneration, flushing equipment
GBQ
Injection system for main fluid
GBR
Flushing water and residues removal system incl. neutralization
GBS
Sludge thickening system
GBT
Heating, cooling and flushing fluid distribution system
GBV
Lubricant supply system
GBX
Fluid supply system for control and protection equipment
GBY
Control and protection equipment
GC
Treatment system (Demineralization)
GCB
Filtering, mechanical cleaning system
GCC
Aeration, gas injection system
GCD
Precipitation system
GCE
Acid proportional system
GCF
Ion exchange, reverse osmosis system
GCG
Evaporation system
GCH
Deaeration, drying system
GCJ
Preheating, cooling system
GCK
Piping system, temporary storage system, pump system for main fluid
GCL
Storage system outside fluid treatment system (if not part of another system)
GCN
Chemical supply system, storage and proportioning
GCP
Regeneration, flushing equipment
GCQ
Injection system for main fluid
GCR
Flushing water and residues removal system incl. Neutralization
GCS
Sludge thickening system
GCT
Heating, cooling and flushing fluid distribution system
GCV
Lubricant supply system
GCX
Fluid supply system for control and protection equipment
GCY
Control and protection equipment
GD
Treatment system (Desalination) 1)
GDA
Not used
33
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
GDB
Filtering, mechanical cleaning system
GDC
Aeration, gas injection system
GDD
Precipitation system (e.g. for carbonate hardness removal)
GDE
Acid proportioning system (e.g. for carbonate hardness removal)
GDF
Ion exchange, reverse osmosis system
GDG
Evaporation system equipment
GDH
Deaeration, drying system
GDJ
Preheating, cooling system
GDK
Piping system, temporary storage system, pump system for main fluid
GDL
Storage system outside fluid treatment system
GDN
Chemical supply system
GDP
Regeneration and flushing equipment
GDQ
Injection system for main fluid
GDR
Flushing water and residues removal system incl. Neutralization
GDS
Sludge thickening system
GDT
Heating, cooling and flushing fluid distribution system
GDV
Lubricant supply system
GDX
Fluid supply system for control and protection equipment
GDY
Control and protection equipment
GH
Distribution systems (not drinking water, not cooling water)
GHA
Distribution systems after treatment (Filtration)
GHB
Distribution systems after treatment (demineralization)
GHC
Distribution systems after treatment for piping
GK
Drinking (potable) water supply
GKA
Receiving point
GKB
Storage, forwarding, distribution system
GKC
Drinking water supply system
GKD
Drinking water Filtration system
GKE
Drinking supply system
GKX
Fluid supply system for control and protection equipment
GKY
Control and protection equipment
GM
Plant drainage system
GMA
Drainage system for storm water drains 1)
GMB
Drainage system for oily drains 1)
GMC
Drainage system for sewage drains 1)
34
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
GMD
Drainage system for chemical drains 1)
GME
Drainage system for conventional fuel supply and residue disposal 1)
GMG
Drainage system for water supply and disposal 1)
GMH
Drainage system for conventional heat generation 1)
GMM
Drainage system for main machine sets 1)
GMP
Drainage system for seawater drains 1)
GMX
Fluid supply system for control and protection equipment
GMY
Control and protection equipment
GN
Plant drains treatment system
GNA
Not Used
GNB
Filtering. mechanical cleaning system
GNC
Aeration. gas injection system
GND
Precipitation system (e. g. for carbonate hardness removal )
GNE
Acid proportional system (e.g. for carbonate hardness removal)
GNF
Ion exchange system (e.g. for demineralization)
GNG
Evaporation system (e.g. for demineralization)
GNH
Deaeration, drying system
GNJ
Preheating, cooling system
GNK
Piping system, temporary storage system, pump system for main fluid(Chemical drain)
GNL
Storage system outside fluid treatment system (if not part of another system)
GNN
Chemical supply system
GNM
Not Used
GNP
Regeneration, flushing equipment
GNQ
Injection system for main fluid
GNR
Flushing water and residues removal system incl. Neutralization
GNS
Sludge thickening system
GNT
Heating, cooling and flushing fluid distribution system
GNV
Lubricant supply system
GNX
Fluid supply system for control and protection equipment
GNY
Control and protection equipment
GQ
Domestic waste water collection and drainage systems
GQA
Domestic waste water pumping system
GQC
Domestic waste water collection and drainage systems
GQX
Fluid supply system for control and protection equipment
GQY
Control and protection equipment
35
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
GR
Domestic waste water treatment system
GRB
Filtering, mechanical cleaning system
GRC
Aeration, gas injection system
GRD
Precipitation system (e.g. for carbonate hardness removal)
GRE
Acid proportional system (e.g. for carbonate hardness removal)
GRF
Ion exchange system (e.g. for demineralization)
GRG
Evaporation system (e.g. for demineralization)
GRH
Deaeration, drying system
GRJ
Preheating, cooling system
GRK
Piping system, temporary storage system, pump system for main fluid
GRL
Storage system outside fluid treatment system (if not part of another system)
GRN
Chemical supply system
GRP
Regeneration, flushing equipment
GRQ
Injection system for main fluid
GRR
Flushing water and residues removal system incl. Neutralization
GRS
Sludge thickening system
GRT
Heating, cooling and flushing fluid distribution system
GRV
Lubricant supply system
GRX
Fluid supply system for control and protection equipment
GRY
Control and protection equipment
GT
Not used
GU
Rainwater collection and drainage system incl. Treatment system
GUA
Rainwater collection and drainage systems (free for use e.g building-specific up to
GUU)
GUX
Fluid supply system for control and protection equipment
GUY
Control and protection equipment
GY
Control and protection equipment
GYA
Control and protection equipment (free for use up to GYU)
36
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
H
CONVENTIONAL HEAT GENERATION
HA
Pressure system
HAA
IP/LP part-flow feed heating system (flue-gas-heated) 1)
HAB
HP part-flow feed heating system (flue-gas-heated)
HAC
Economizer system
HAD
Evaporator system
HAG
Circulating system (not used in natural-circulating boiler)
HAH
HP Superheater system
HAJ
Reheater system
HAK
Secondary reheater system
HAM
Triflux system
HAN
Pressure system drainage and venting systems
HAV
Lubricant supply system
HAW
Sealing fluid supply system
HAX
Fluid supply system for control and protection equipment
HAY
Control and protection equipment
HB
Support structure, enclosure, steam generator interior
HBA
Frame incl. Foundations
HBB
Enclosure, insulation
HBC
Brick lining including insulating brickwork
HBD
Platforms, stairways
HBK
Furnace 1)
HC
Fireside heat transfer surface cleaning equipment
HCB
Sootblower system
HCC
Water sootblowing system
HCD
Flushing equipment
HCF
Shot cleaning system
HCV
Lubricant supply system
HCW
Sealing fluid supply system
HCX
Fluid supply system for control and protection equipment
HCY
Control and protection equipment
HD
Ash and slag removal, particulate removal
HDA
Furnace ash removal, furnace slag removal, bed ash removal
HDB
Bed ash return system
37
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
HDC
Flue dust discharge and return system 1)
HDD
Mechanical dust handling system
HDE
Electrostatic precipitator
HDF
Cyclone dust system
HDT
Fluid supply for ash, slag and dust moistening
HDU
Carrier air supply
HDW
Sealing fluid supply system
HDY
Control and protection equipment
HF
Bunker, feeder and pulverizing system
HFA
Coal silo
HFB
Coal feeder system
HFC
Pulverizing system (including classifier)
HFD
Flue gas return system
HFE
Carrier air system for coal
HFF
Vapor/exhaust gas system
HFG
Pulverized coal temporary storage bunker after central pulverizing system
(indirect firing)
HFW
Sealing fluid supply system for coal
HFY
Control and protection equipment
HH
Main firing system (electric-powered as well)
HHA
Main burner
HHB
Retarded combustion grate
HHC
Grate combustion system
HHD
Other burner equipment (e.g. vapor burner, flue dust burner)
HHE
Coal bin, forwarding and distribution system
HHF
Forwarding and distribution system
HHF
Oil temporary storage, pump and distribution system
HHG
Gas pressure reduction, distribution system
HHH
Temporary storage, forwarding and distribution system for other fuels, fluid 1
HHJ
Temporary storage, forwarding and distribution system for other fuels, fluid 2
HHK
Temporary storage, forwarding and distribution system for other fuels, fluid 3
HHL
Combustion air supply system
HHM
Atomizer medium supply system (steam)
HHN
Atomizer medium supply system (air)
HHP
Coolant supply system (steam)
HHQ
Coolant supply system (air)
38
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
HHR
Purging medium supply system (steam)
HHS
Purging medium supply system (air)
HHT
Heating medium supply system (steam)
HHU
Heating medium supply system (hot water)
HHV
Lubricant supply system
HHY
Control and protection equipment
HHZ
Electric heating system
HJ
Ignition firing equipment (if separate)
HJA
Startup burner system
HJB
Not used
HJC
Not used
HJF
Oil temporary storage, pump and distribution system
HJG
Gas pressure reduction, distribution system
HJL
Startup burner, Combustion air system
HJM
Atomizing steam system
HJN
Atomizing air system
HJP
Coolant supply system (steam)
HJQ
Startup burner, Cooling air system
HJR
Purging medium supply system (steam)
HJS
Purging medium supply system (air)
HJT
Heating medium supply system (steam)
HJU
Heating medium supply system (hot water)
HJX
Fluid supply system for control and protection equipment
HJY
Control and protection equipment
HL
Combustion air system (primary air, secondary air)
HLA
Primary air system
HLB
Fan system (SA and PA)
HLC
Steam coil air heater system
HLD
Air heater system
HLE
Secondary air system
HLU
Air pressure relief system
HLY
Control and protection equipment
HM
Gas heating system (for closed cycle)
HMA
Primary heater (primary convection section)
HMB
Radiation section
39
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
HMC
Secondary heater (secondary convection section)
HMD
Reheat system
HMY
Control and protection equipment
HN
Flue gas exhaust (without flue gas treatment)
HNA
Flue gas ducting system
HNC
Induced-draught fan system
HNE
Smoke stack system (chimney)
HNF
Flue gas recirculation system
HNU
Flue gas pressure reliEJ system
HNV
Lubricant supply system
HNW
Sealing fluid supply system
HNX
Fluid supply system for control and protection equipment
HNY
Control and protection equipment (e.g. diverter)
HR
Chemical flue gas treatment system including residues removal, adsorptive process
(e.g. dry additives)
HRA
Limestone silo in boiler area 2)
HRB
Limestone feed system in boiler area 2)
HRW
Limestone sealing air in boiler area
HS
Chemical flue gas treatment system including residues removal, catalytic process
(e.g. DENOX)
HSA
Flue gas ducting system within *HS*
HSB
Flue gas-side heat exchanger, gas heater (not *HU*)
HSC
Flue gas fan system
HSD
Reactor (reduction)
HSE
Converter (oxidation)
HSF
Flue gas-side cleaning equipment for reactor
HSG
Reduction agent dilution system
HSH
(Residues) separator
HSJ
Reduction agent supply system including storage system
HSK
Reduction agent treatment and distribution system
HSL
Water supply and disposal system
HSM
Chemicals and additives supply system
HSN
Drainage system
HSP
Fly ash collecting system (including filtering) and removal system
HSQ
Sprinkler system including drainage
40
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
HSR
Oxidizing agent treatment and distribution system
HSS
(Residues) forwarding, storage, loading system
HST
Flushing fluid system including supply
HSU
Heating fluid system
HSW
Sealing fluid supply system
HSX
Fluid supply system for control and protection equipment
HSY
Control and protection equipment
HT
Chemical flue gas treatment system including residues removal, absorptive process
(e.g. flue gas desulfurization plants)
HTA
Flue gas ducting system within *HT*
HTB
Flue gas-side heat exchanger, gas heater (not *HU*)
HTC
Flue gas fan system
HTD
Flue gas scrubbing system
HTE
Flue gas cleaning, filtering and purging system (Electrostatic precipitator)
HTF
Absorption cycle
HTG
Oxidation system including supply system
HTH
Flue gas cooling system
HTJ
Absorbent supply system including storage system
HTK
Absorbent preparation and distribution system
HTL
Piping system for discharge of solids
HTM
Thickening and solids dewatering system
HTN
Solid drying, compacting system
HTP
(Solids / product) forwarding, storage, loading system
HTQ
FGD plant water supply and disposal system
HTR
Not used
HTS
Chemicals and additives supply system
HTT
Drainage system
HTV
Lubricant supply system
HTW
Sealing fluid supply system
HTX
Fluid supply system for control and protection equipment
HTY
Control and protection equipment
HU
Flue gas reheating system
HY
Control and protection equipment
41
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
L
STEAM-WATER CYCLE
LA
Feedwater system
LAA
Storage, deaeration (incl. Feedwater tank)
LAB
Feedwater piping system
LAC
Feedwater pump system
LAD
HP feedwater heating system
LAE
HP desuperheating spray system
LAF
IP desuperheating spray system
LAH
Start-up and shutdown piping system
LAJ
Start-up and shutdown pump system
LAV
Lubricant supply system
LAW
Sealing fluid supply system
LAX
Fluid supply system for control and protection equipment
LAY
Control and protection equipment
LB
Steam system
LBA
Main steam piping system
LBB
Hot reheat piping system
LBC
Cold reheat piping system
LBD
Extraction piping system
LBE
Back-pressure piping system
LBF
HP reducing station
LBG
Auxiliary steam piping system
LBH
Start-up steam system, shutdown steam system
LBJ
Moisture separator / reheater (MSR)
LBQ
Extraction steam piping system for HP feedwater heating
LBR
Piping system for branch or auxiliary turbine
LBS
Extraction steam piping system for LP feedwater heating (main condensate)
LBT
Emergency condensing system
LBU
Common dump line
LBW
Sealing steam system
LBX
Fluid supply system for control and protection equipment
LBY
Control and protection equipment
LC
Condensate system
LCA
Main condensate piping system (excl. main condensate pump system,
LP feedwater heating system, condensate polishing plant)
42
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
LCB
Main condensate pump system
LCC
Main condensate heating system
LCE
Condensate desuperheating spray system
LCF
Branch turbine condensate piping system
LCG
Branch turbine condensate pump system
LCH
HP heater drains system
LCJ
LP heater drains system
LCK
Not Used
LCL
Steam generator drain system
LCM
Clean drains system (collecting and return system)
LCN
Auxiliary steam condensate system (collecting and return system)
LCP
Standby condensate system, incl. Storage and pump system
LCQ
Boiler blowdown system
LCR
Standby condensate distribution system
LCS
Reheater drain system (moisture separator / reheater)
LCT
Moisture separator drains system (moisture separator / reheater)
LCW
Sealing and cooling drains system
LCX
Fluid supply system for control and protection equipment
LCY
Control and protection equipment
LD
Condensate polishing system
LDA
Fluid treatment extraction system
LDB
Filtering, mechanical cleaning
LDC
Aeration, gas injection system
LDD
Electromagnetic polishing system
LDE
Acid proportioning system (e.g. for carbonate hardness removal)
LDF
Ion exchange, reverse osmosis system (e.g. demineralization)
LDG
Evaporation system (e.g. demineralization)
LDH
Deaeration
LDJ
Preheating, cooling system
LDK
Piping system, temporary storage system, pump system for main fluid
LDL
Storage system outside fluid treatment system (if not part of another system)
LDN
Chemicals supply system
LDP
Regeneration, flushing equipment
LDQ
Injection system for main fluid
LDR
Flushing water and residues removal system including neutralization
LDS
Sludge thickening system
LDT
Heating, cooling and flushing fluid distribution system
43
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
LDX
Fluid supply system for control and protection equipment
LDY
Control and protection equipment
LF
Common installations for steam, water, gas cycle
LFC
Common drain and vent systems
LFJ
Steam generator lay-up system
LFN
Proportioning system for feedwater, condensate system, incl. Proportioning in boiler
and turbine area
LK
Gas system (closed cycle)
LKA
Storage system
LKB
Piping system
LKC
Compressor system (if separate from gas turbine)
LKD
Preheating system
LKE
Precooling system
LKF
Intercooling system
LKG
Pressurizing system
LKW
Sealing fluid supply system
LKX
Fluid supply system for control and protection equipment
LKY
Control and protection equipment
LL
Gas cleaning system (only for closed cycle)
LN
Water impounding works for gas system (closed cycle)
LV
Lubricant supply system
LW
Sealing fluid supply system for steam, water, gas cycles
LY
Control and protection equipment
LYA
Control and protection equipment (free for use up to LYU)
44
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
M
MAIN MACHINE SETS
MA
Steam turbine plant
MAA
HP turbine
MAB
IP turbine
MAC
LP turbine
MAD
Bearings
MAG
Condensing system
MAH
Motive water system (if separate from *MAJ*)
MAJ
Air removal system
MAK
Transmission gear between prime mover and driven machine, incl. turning gear
MAL
Drain and vent systems
MAM
Leak-off steam system
MAN
Turbine bypass station, including desuperheating spray system
MAP
LP turbine bypass system
MAQ
Vent system (if separate from *MAL*)
MAR
Not used
MAV
Lubricant supply system, Dirty oil collection system
MAW
Sealing, heating and cooling steam system
MAX
Non-electric control and protection equipment, incl. fluid supply system
MAY
Electric control and protection equipment
MJ
Diesel engine plant
MJA
Machine casing parts, incl. Cylinders, Bearings, Crank assembly
MJB
Turbochargers and auxiliary blowers
MJC
Not Used
MJD
Not Used
MJE
Not Used
MJG
Liquid cooling system
MJH
Air inter cooling system
MJK
Power transmission (including turbine gear)
MJN
Fuel systems
MJP
Start up system
MJQ
Air intake system
MJR
Exhaust gas system
MJV
Lubrication oil system
MJW
Sealing fluid supply system
MJX
Mechanical control, regulation and protection equipment
45
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
MJY
Electric control, regulation and protection equipment
MK
Generator plant
MKA
Generator complete incl. stator, rotor and all integral cooling Equipment.
MKB
Generator exciter set, including set with electrical breaking system
(use only if *MKC* is not sufficient for identification)
MKC
Generator exciter set, including set with electrical breaking system, complete
(10 auxiliary excitation, 20 main excitation unit)
MKD
Bearings
MKF
Stator/rotor liquid cooling system, including coolant supply system
MKG
Stator/rotor hydrogen(H2) cooling system, including coolant supply system
MKH
Stator/rotor nitrogen(N2) / carbon dioxide(CO2) cooling system, including
coolant supply system
MKJ
Stator/rotor air cooling system, including coolant supply system
MKQ
Exhaust gas system (if separate from *MKG* and *MKH*)
MKP
Not Used
MKT
Not Used
MKV
Lubricant supply system (if separate system for generator)
MKW
Sealing fluid supply system (Sealing oil system, incl. supply and treatment)
MKX
Fluid supply system for control and protection equipment
MKY
Control and protection equipment
MM
Compressor plant
MMA
Compressor including internal systems
MMC
Air intake piping system
MMD
Bearings
MME
Intercooling system
MMF
Aftercooling system
MMG
Final cooling system
MMH
Discharge piping system
MMV
Lubricant supply system
MMW
Sealing fluid supply system
MMX
Fluid supply system for control and protection equipment
MMY
Control and protection equipment
MP
Common installations for main machine sets
MPA
Foundation
46
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
MPB
Sheathing
MPG
Frame, support structure
MPR
Forced cooling system
MPS
Drying and layup system
MY
Control and protection equipment
MYA
(free for use up to MYU)
47
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
N
Process energy supply for external users
NA
Process steam system (including condensate return)
NAA
Piping system (steam)
NAB
Piping system (condensate)
NAD
Process heat transmission system
NAE
Piping system (steam) (free for use up to NAJ)
NAK
Piping system (condensate) (free for use up to NAM)
NAX
Fluid supply system for control and protection equipment
NAY
Control and protection equipment
ND
Process hot water system
NDA
Piping system (forward)
NDB
Piping system (return)
NDC
Process hot water pump system
NDD
Process heat transfer
NDE
Hot water storage system
NDF
Distribution systems (free for use up to NDJ)
NDK
Pressurizing system
NDX
Fluid supply system for control and protection equipment
NDY
Control and protection equipment
NG
Process air system
NGB
Piping system
NGC
Forwarding system
NGX
Fluid supply system for control and protection equipment
NGY
Control and protection equipment
NK
Process gas system
NKB
Piping system
NKX
Fluid supply system for control and protection equipment
NKY
Control and protection equipment
48
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
P
COOLING WATER SYSTEMS
PA
Circulating (main cooling) water system
PAA
Extraction, mechanical cleaning for direct cooling
PAB
Circulating (main cooling) water piping and culvert system
PAC
Circulating (main cooling) water pump system, vacuum priming system
PAD
Recirculating cooling system, outfall cooling system
PAE
Cooling tower pump system (if separate)
PAH
Condenser cleaning system, incl. all appurtenances
PAJ
Not used
PAQ
Chlorine production plant system 2)
PAR
Make-up water piping system
PAS
Make-up water pump system
PAV
Lubricant supply system
PAX
Fluid supply system for control and protection equipment
PAY
Control and protection equipment
PB
Circulating water treatment systems
PBB
Filtering. Mechanical cleaning system
PBC
Aeration, gas injection system
PBE
Acid dosing system
PBK
Piping system, temporary storage system
PC
Auxiliary cooling water system
PCA
Extraction, mechanical cleaning for direct cooling
PCB
Piping and culvert system
PCC
Pump system
PCD
Recirculating cooling system, outfall cooling system
PCH
Heat exchanger cleaning system
PCV
Lubricant supply system
PCX
Fluid supply system for control and protection equipment
PCY
Control and protection equipment
PG
Closed cooling water system
PGA
Closed cooling water supply system 1)
PGB
Closed cooling water return system 1)
PGC
Closed cooling water pump system 1)
PGD
Cooler 1)
49
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
PGF
Pressure system 1)
PGH
Closed cooling water system for main groups *E* and *H* 1)
PGL
Closed cooling water system for main groups *G*, *L* and *P* 1)
PGM
Closed cooling water system for main groups *B*, *M* and *X* 1)
PGX
Fluid supply system for control and protection equipment
PGY
Control and protection equipment
PU
Common equipment for cooling water systems
PUC
Common equipment for cooling water systems
PUD
Fish barrier 1)
PUE
Boat barrier 1)
PUK
Neutralization
PUN
Proportioning equipment
PY
Control and protection equipment
PYA
Control and protection equipment (free for use up to PYU)
50
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Q
AUXILIARY SYSTEMS
QC
Central chemicals supply
QCA
Hydrazine or O2 scavenger supply and distribution system 1)
QCB
Chemical dosing system 1)
QCC
Phosphate supply and distribution system 1)
QCD
Ammonia supply and distribution system 1)
QCH
Sodium hydroxide supply and distribution system 1)
QCL
Oxygen dosing system (including H2O2 dosing) 1)
QCV
Lubricant supply system
QCX
Fluid supply system for control and protection equipment
QCY
Control and protection equipment
QE
General compressed air and carrier air supply
QEA
Central compressed air and carrier air generation system
QEB
Central compressed air and carrier air distribution system
QEE
Compressed air supply system for main groups *E*
QEH
Service air system 1)
QEL
Compressed air supply system for main groups *G*,*L* and *P* 1)
QEM
Compressed air supply system for main groups *B*, *M* and *X* 1)
QEQ
Compressed air supply system for main groups *Q* 1)
QES
Compressed air supply system for main groups *S* 1)
QEV
Lubricant supply system
QEW
Sealing fluid supply system
QEX
Fluid supply system for control and protection equipment
QEY
Control and protection equipment
QF
General control air supply
QFA
Central control air generation system
QFB
Central control air distribution system
QFC
General control air supply 1)
QFE
Control air supply system for main group *E* 1)
QFF
Control air treatment system 1)
QFH
Instrument air system 1)
QFL
Control air supply system for main group *G*,*L* and *P* 1)
QFM
Control air supply system for main group *B*,*M* and *X* 1)
QFQ
Control air supply system for main group *Q* 1)
QFS
Control air supply system for main group *S* 1)
51
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Rev.F
QFV
Lubricant supply system
QFW
Sealing fluid supply system
QFX
Fluid supply system for control and protection equipment
QFY
Control and protection equipment
QH
Auxiliary steam generating system
QHA
Pressure system
QHB
Support structure, enclosure, steam generator interior
QHC
Fireside heat transfer surface cleaning equipment
QHD
Ash and slag removal
QHE
Blowdown system, flash drain system
QHF
Bunker, feeder and pulverizing system
QHG
Boiler water circulation system (also for electrode steam boiler)
QHH
Main firing system (also for electric heating)
QHJ
Ignition firing equipment (if separate)
QHL
Combustion air system (primary air, secondary air)
QHM
Gas heating system (for closed cycle)
QHN
Flue gas exhaust (without flue gas treatment)
QHP
Mechanical dust handling system
QHQ
Electrostatic precipitator
QHS
Chemical water treatment
QHU
Flue gas reheating system
QHV
Lubricant supply system
QHX
Fluid supply system for control and protection equipment
QHY
control and protection equipment
QJ
Central gas supply, also inert gas for main and heavy machinery
QJB
N2 filling system 1)
QJC
Gas supply and distribution system H2 1)
QJE
Gas supply and distribution system CO2 1)
QJY
Control and protection equipment
QK
Chilled water systems, Hydrogen generation supply
QKA
Chilled water systems, Hydrogen generation system 1)
QKB
Chilled water systems, Hydrogen distribution system 1)
QKC
Chilled water systems, Hydrogen low pressure storage tank
QKD
Chilled water systems, Demineralized feedwater supply system 1)
QKX
Fluid supply system for control and protection equipment
52
1)
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
QKY
Control and protection equipment
QL
Feedwater, steam, condensate cycle o f auxiliary steam,
Rev.F
generating and distribution system
QLA
Feedwater system
QLC
Condensate system
QLM
Not Used
QLV
Lubricant supply system
QM
Feedwater, steam, condensate cycle of auxiliary steam generating and distribution
system 2)
QMA
Feedwater system 2)
QMB
Steam system 2)
QMC
Condensate system 2)
QMD
Condensate polishing plant 2)
QMF
Common equipment for auxiliary steam generation and distribution system 2)
QMV
Lubricant supply system 2)
QMX
Fluid supply system for control and protection equipment 2)
QMY
Control and protection equipment 2)
QU
Sampling systems for conventional area
QUA
Sampling systems for feedwater system (*LA*) 1)
QUB
Sampling systems for steam system (*LB*) 1)
QUC
Sampling systems for condensate system (*LC*) 1)
QUD
Sampling systems for auxiliary steam generation systems (*QH*, *QL*) 1)
QUE
Sampling systems for heating and cooling medium systems (*SB*, *QK*) 1)
QUG
Sampling systems for demineralized water system (*GH*) 1)
QUH
Sampling systems for boiler drum water 1)
QUN
Sampling systems for district heating system (*N*) 1)
QUP
Sampling systems for cooling water system (*P*) 1)
QUS
Sampling systems for HVAC system (*SA*) 1)
QUW
Not Used
53
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
S
ANCILLARY SYSTEMS
SA
Heating, ventilation, air-conditioning (HVAC) systems
SAC
for control & electrical building 1)
SAD
for B.S. and emergency diesel building 1)
SAE
for transformer building 1)
SAF
for fuel handling buildings 1)
SAG
for water treatment building 1)
SAH
for boiler house 1)
SAM
for Power House 1)
SAP
Not used
SAQ
for CWP electric & control building 1)
SAR
for ESP electric & control building 1)
SAS
for supporting systems buildings 1)
SAT
for service buildings 1)
SAV
for administration, staff amenities buildings, gate house 1)
SAX
for fluid supply system for control and protection equipment 1)
SB
Buildings heating systems 1)
SBA
Heating station 1)
SBC
for control & electrical building 1)
SBD
for B.S. and emergency diesel building 1)
SBF
for fuel handling buildings 1)
SBG
for water treatment building 1)
SBH
for boiler house 1)
SBM
for power house 1)
SBS
for supporting systems buildings 1)
SBT
for service buildings 1)
SBU
for gate house 1)
SBV
Not Used
SBX
Fluid supply system for control and protection equipment
SC
Stationary compressed air supplies
SCA
Compressed air generation system
SCB
Compressed air distribution system
SCC
Stationary compressed air supplies (free for use up to SCU)
SCV
Lubricant supply system
SCX
Fluid supply system for control and protection equipment
54
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
SCY
Control and protection equipment
SG
Station fire protection systems
SGA
Fire water system
SGC
Spray deluge systems
SGE
Sprinkler systems
SGF
Foam fire-fighting systems
SGG
Tank roof, tank shell cooling systems
SGJ
CO2 fire-fighting systems
SGK
Halon fire-fighting systems
SGL
Powder fire-fighting systems
SGV
Lubricant supply system
SGX
Fluid supply system for control and protection equipment
SGY
Control and protection equipment
SM
Cranes and hoists
SMA
Central equipment (in power block building) 1)
SMB
in ancillary systems building 1)
SMC
Cranes, stationary hoists and conveying appliances assigned to structures
(free for use up to SMF) 1)
SMG
Cranes, hoists & lifting equipment WTP 1)
SMH
Cranes, hoists & lifting equipment in boiler house (incl. Ash, ESP.) 1)
SMJ
Hoists for coal handling system 1)
SMK
Hoists for fuel oil system 1)
SMP
in circulating water intake/outfall structures 1)
SN
Elevators
SNC
Elevators assigned to structures(free for use up to SNG) 1)
SNH
in boiler building 1)
SNJ
in stack 1)
SNM
in administration building 1)
SNV
Not Used
ST
Workshop, stores, laboratory equipment and staff amenities
STA
Workshop equipment
STC
Maintenance areas
STE
Stores and filling station equipment
STG
Laboratory equipment
STP
Staff amenities
55
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
U
STRUCTURE AND BUILDING
UA
Structures for grid and distribution systems
UAA
Switchyard structure
UAC
Switchyard control building
UAE
Structure for pneumatic control system
UAH
Structure for supports and equipment
UAW
Civil works for earthing/grounding outside buildings 1)
UAX
Special structure (plant-specific)
UAY
Bridge structure
UAZ
Trenches/ducting structure
UB
Structures for power transmission and auxiliary power supply
UBA
Switchgear building
UBC
Structure for offsite system transformers
UBD
Structure for low-voltage auxiliary power transformers
UBE
Structure for medium-voltage auxiliary power transformers
UBF
Structure for main transformer
UBG
Structure for start-up transformers
UBH
Structure for oil collecting pits
UBJ
Structure for transformer tracks
UBL
Structure for bus bars
UBM
Structure for transformer cooling systems
UBN
Emergency diesel generator building
UBQ
Structure for emergency power generator fuel supply system
UBX
Special structure (plant-specific)
UBY
Bridge structure
UBZ
Trenches/ducting structures
UC
Structures for instrumentation and control
UCA
Control room block
UCB
Central control building
UCL
Structure for measuring equipment (e.g. metering skid) 1)
UCM
Coal handling system control building 1)
UCP
Circulating water pump control building 1)
UCQ
ESP control house 1)
UCX
Special structure (plant-specific)
UCY
Bridge structure
56
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
UCZ
Trenches/ducting structures
UE
Structures for conventional fuel supply and residues disposal
UEA
Structure for unloading of solid fuels
UEB
Structures for storage of solid fuels
UEC
Coal pile run-off basin 1)
UED
Structures for transfer of solid fuels
UEE
Structures for treatment of solid fuels
UEF
Structures for transfer (e.g. junction tower)
UEG
Structures for conversion of solid fuels
UEH
Structures for unloading and reception of liquid fuels
UEJ
Structures for storage of liquid fuels
UEK
Structure for conventional fuel supply and residues disposal
UEL
Fuel oil pump house
UEM
Structure for treatment and handling of liquid fuels
UEN
Structure for gas transfer and converting (gas reducing station)
UEP
Fuel oil tank pit 1)
UER
Structure for forwarding of gaseous fuels
UES
Lubrication oil storage 1)
UET
Structure for ash storage and collection basin
UEU
Structure for ash transport and ash slurry pump house
UEV
Structure for ash settling pond
UEW
Structure for combustion residues handling
UEX
Coal yard dry storage shed 1)
UEY
Bridge structure
UEZ
Trenches/ducting structures
UG
Structures for water supply and disposal
UGA
Structures for raw water (city water, demin.) supply system (incl. storage)
UGB
Chlorination building 1)
UGC
Structures for waste water pond 1)
UGD
Structures for demineralized system
UGE
Structures for neutralization system
UGF
Structures for fire water supply
UGG
Structures for drinking water supply
UGH
Structures for rainwater
UGJ
Structures for cooling tower make-up water treatment 1)
UGK
Flocculant mixing chamber
57
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
UGL
Flocculator structure, flocculator
UGM
Structures for siphon basin 1)
UGN
Treated water basin
UGP
Sludge thickener
UGQ
Sludge dewatering building
UGR
Sludge storage structure
UGS
Return water pump house 1)
UGT
Chlorination tank 1)
UGU
Structure for Effluent disposal
UGV
Structure for sewerage plant
UGW
Structure for waste water treatment system
UGX
Waste water pit 1)
UGY
Piping and cable bridge (e.g. between *UG. * and *UM. *)
UGZ
Piping and cable duct (e.g. between *UG. * and *UM. *)
UH
Structures for conventional heat generation
UHA
Boiler house (steam generator enclosure, steam generator building)
UHB
Auxiliary boiler 1)
UHF
Bunker bay
UHL
Structure for boiler compressed air supply
UHN
Structures for flue gas exhaust systems (e.g. exhaust bypass stack) 1)
UHQ
Structures for flue gas filtering system
UHU
Structures for flue gas reheating system
UHV
Structures for combustion air circulation (e.g. for forced draft fan)
UHW
Foundation for blow-down tank
UHX
Special structures (plant-specific)
UHY
Bridge structure
UHZ
Ducting structures
UL
Structures for steam-, water-, gas cycles
ULA
Structures for feedwater system
ULB
Structures for emergency feed system
ULC
Structures for condensate systems
ULD
Structures for condensate polishing plant
ULF
Structures for common installations of steam-water cycle 1)
ULQ
Structure for hydroelectric power plant tail-race systems
ULX
Special structures (plant-specific)
ULY
Bridge structure
58
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
ULZ
Ducting structures
UM
Structures for main machine sets
UMA
Steam turbine building
UMD
Steam turbine building and auxiliary building 1)
UMK
Diesel/generator enclosure 1)
UMJ
Diesel/generator building
UMV
Steam turbine enclosure 1)
UMW
Steam turbine generator enclosure 1)
UMX
Special structures (plant-specific)
UMY
Piping and cable bridge structure
UMZ
Ducting structures
UP
Structures for circulating (cooling) water systems intake
UPA
Cooling water intake culvert
UPB
Service (secondary cooling) water intake culvert
UPC
Sea water intake
UPD
Service (secondary cooling) water intake structures
UPH
Circulating (cooling) water treatment structure
UPQ
Biocide treatment building
UPX
Cooling water pump house
UPY
Bridge structures
UPZ
Ducting structures
UQ
Structures for circulating (cooling) water systems outfall
UQA
Circulating water pump station
UQE
Structures for general compressed & carrier air and control air supply 1)
UQN
Circulating (cooling) water discharge canal
UQP
Service (secondary cooling) water outfall culvert
UQQ
Seal pit
UQS
Discharge basin
UQU
Structures for sampling system, aeration system
UQX
Special structures (plant-specific)
UQY
Bridge structures
UQZ
Ducting structures
US
Structures for ancillary systems
USA
Structures for heating, ventilation, air conditioning (HVAC) systems
59
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
USB
Structures for space heating systems
USC
Structures for stationary compressed air supply system
USG
Fire pump house
USK
Structures for foam station 1)
UST
Working shop building 1)
USV
Laboratory building
USX
Special structures (plant-specific)
USY
Bridge structures
USZ
Ducting structures
UT
Structures for auxiliary systems
UTF
Compressed air system building
UTG
Hydrogen plant building 1)
UTH
Not used
UTJ
Flue gas chimneys 1)
UTL
Fuel oil tank pit 1)
UTM
Limestone grinding house 1)
UTN
Limestone storage shed 1)
UTP
Limestone handling system control building 1)
UTS
Chemical storage tank pit
UTX
Special structures (plant-specific)
UTY
Bridge structures
UTZ
Ducting structures
UX
Structures for external systems (power plant-specific)
UXX
Pipe rack 1)
UY
UYA
General service structures
Office and staff amenities building
UYB
Staff amenities building
UYC
Administration building
UYD
Canteen
UYE
Gate house
UYF
Security gate house
UYG
Information center
UYH
Training facilities
UYJ
First aid station
UYM
Not Used
60
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
UYN
Railway engine shed
UYP
Fire water station
UYQ
Garage
UYR
Automobile workshop
UYS
Filling station
UYT
Not Used
UYW
Not Used
UYX
I&C Electrical & Mechanical ware house 1)
UYY
Bridge structures
UYZ
Ducting structures
UZ
Structures for transport, traffic, fencing, gardens and other purposes.
UZA
Works roadways, paths, including associated structures
UZC
Yards
UZD
Parking areas, including associated structures
UZE
Railway structures
UZF
Lifting gear structures
UZJ
Fencing and gates (e.g. boundary wall)
UZK
Gardens, including structures
UZL
Noise abatement structures
UZM
Protective structures against external impact
UZN
Structure for flood protection
UZP
Structure for bank/shoreline stabilization
UZQ
Structure for river regulation
UZR
Structure(Jetty) for limestone and equipment unloading
UZS
Breakwaters
UZT
Outdoor area, plots of land and land rights
UZU
Site security structure
UZW
Residential buildings, residential area
UZX
Special structure (plant-specific)
UZY
Bridge structure
UZZ
Ducting structure
61
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
X
HEAVY MACHINERY (NOT MAIN MACHINE SETS)
XJ
Diesel engine plant
XJA
Engine
XJB
Turbocharger, blower
XJG
Liquid cooling system
XJH
Air intercooling system
XJK
Transmission gear between prime mover and driven machine
XJN
Fuel systems
XJP
Start-up unit, (incl. flywheel)
XJQ
Air intake system
XJR
Exhaust gas system
XJV
Lubricant system
XJW
Sealing fluid supply system
XJX
Fluid supply system for control and protection equipment
XJY
Control and protection equipment
XK
Generator Plant
XKA
Generator, complete, including stator, rotor and all integral cooling equipment
XKB
Generator exciter set, including set with electrical braking system
XKC
Exciter
XKD
Bearings
XKG
Cooling system
XKQ
Exhaust gas system
XKV
Lubricating system
XP
Common installations for heavy machinery
XPA
Foundations
XPB
Sheathing
XPG
Frame, support structure
XPR
Forced cooling system
XPS
Drying and layup system
62
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Y
Not Used
YA
Not Used
YAE
Not Used
YAG
Not Used
YAS
Not Used
YAZ
Not Used
63
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Z
WORKSHOP AND OFFICE EQUIPMENT
ZA
Workshop and office equipment (free for use up to ZZ)
Rev.F
Note :
1) These system codes are defined specifically in MD Project among all the reserved codes
in “Guideline-KKS-Identification System for Power Station, VGB-B 105 E, 7th Edition,
2010”.
2) These system codes are used inevitably in MD1 Project among all blocked or other
defined codes in “Guideline-KKS-Identification System for Power Station, VGB-B 105 E,
7th Edition, 2010”. Because relevant design progress have been done too much.
64
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
4.0
Rev.F
KKS EQUIPMENT UNIT CODE
A
Mechanical equipment
AA
Valves, dampers, etc., incl. actuators, also manual; Rupture disk equipment
AB
Isolating elements, airlocks
AC
Heat exchangers, heat transfer surfaces
AE
Turning, driving, lifting and slewing gear (also manipulators)
AF
Continuous conveyors, feeders (escalators)
AG
Generator units
AH
Heating, cooling and air conditioning units.
AJ
Size reduction equipment, only as part of process
AK
Compacting and packaging equipment, only as part of process
AL
Attemperator, desuperheater.
AM
Mixers, agitators
AN
Compressor, fans and blower unit
AP
Pump units
AS
Adjusting and tensioning equipment for non-electrical variables(to be applied only,
if the actuator forms itself a constructive unit with another equipment unit)
AT
Cleaning, drying, filtering and separating equipment and trap, excl. *BT*
AU
Braking, gearbox, coupling equipment, non-electrical converters
AV
Combustion equipment
AW
Stationary tooling, including crane and hoist, treatment equipment
AX
Test and monitoring equipment for plant maintenance
B
Mechanical equipment
BB
Storage equipment (tanks)
BE
Shafts (for erection and maintenance only)
BF
Foundations
BN
Jet pumps, ejectors, injectors
BP
Flow restrictors, limiters, orifices (not metering orifices)
BQ
Hangers, supports, racks, piping penetrations
BR
Piping, ductwork, chutes
BS
Silencers
BT
Flue gas catalytic converter modules
BU
Insulation, sheathing
BY
Mechanically operated controllers
65
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
BZ
Special component
C
Direct measuring circuits
CB
Radiation variables
CD
Density
CE
Electrical variables (e.g. current, voltage, power, electric, frequency)
CF
Flow instrument
CG
Distance, length, position, direction of rotation
CH
Manual input as manually operated sensor (e.g. fire detector)
CK
Time
CL
Level instrument
CM
Moisture, humidity
CP
Pressure instrument
CQ
Quality variables (analysis, material properties), other than *CD*, *CM*,*CV*
CS
Velocity, speed, frequency (mechanical), acceleration
CT
Temperature instrument
CU
Combined and other variables
CV
Viscosity
CW
Weight, mass
CY
Vibration and expansion instrument
D
Closed loop control circuits
DD
Density
DE
Electrical variables (e.g. current, voltage, power, electric, frequency)
DF
Flow, rate
DG
Distance, length, position, direction of rotation
DK
Time
DL
Level (also for dividing line)
DM
Moisture, humidity
DP
Pressure
DQ
Quality variables (analysis, material properties), other than *DD*, *DM*,*DV*
DS
Velocity, speed, frequency (mechanical), acceleration
DT
Temperature
DU
Combined and other variables
DV
Viscosity
DW
Weight, mass
66
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
DY
Vibration, expansion
E
Analog and binary signal conditioning
EA
Unit control
EB
Group control
EC
Subgroup control
EE
Subloop control, equipment unit changeover
EG
Alarm logics
EH
Hard-wired alarm annunciation system
EJ
Visualization of operation and monitoring displays
EK
Alarm logics
EM
Access control
EN
State-display computer, criterion display
EP
Supervisory computer
EQ
Internal automation (signal processing)
ES
Internal automation (signal conditioning)
EU
Combined analog and binary signal conditioning
EV
Signal transmission, bus coupling
EY
Protective logics, priority, non-equipment-unit-related
EZ
Super-ordinate equipment unit protection
F
Indirect measuring circuits
FD
Density
FE
Electrical variables (e.g. electr. Efficiency, power)
FF
Flow, rate
FG
Distance, length, position, direction of rotation
FJ
Power (mechanical, thermal)
FK
Time
FL
Level (also for dividing line)
FM
Moisture, humidity
FP
Pressure
FQ
Quality variables (analysis, material properties), other than *DD*, *DM*,*DV*
FS
Velocity, speed, frequency (mechanical), acceleration
FT
Temperature
FU
Combined and other variables
FV
Viscosity
67
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
FW
Weight, mass
FY
Vibration, expansion
G
Electrical equipment
GA
Junction boxes and cable
GB
Cable / bus-bar penetrations
GC
Junction boxes for binary signal
GH
Electrical and instrumentation and control installation units identified as per
Rev.F
process system (e.g. cubicles, boxes)
GK
Information display and operator control equipment for process computers and
automation systems
GM
Junction boxes for light-current systems of national telecommunication services
GP
Sub-distribution /junction boxes for lighting
GQ
Sub-distribution /junction boxes for power sockets
GR
DC generating equipment, batteries
GS
Switchgear equipment if not identified under process equipment
GT
Transformer equipment
GU
Converter equipment
GV
Structure-related earthing and lightning protection equipment, surge arrestors
GW
Cabinet power supply equipment
GX
Actuating equipment for electrical variables
GY
Junction boxes for light-current systems (not of national telecommunication services)
GZ
Hangers, supports and racks for electrical and instrumentation and control equipment
H
Sub-assemblies of main and heavy machinery (only to be used in conjunction
with *M*=Main machine sets and *X*=Heavy machinery)
HA
Machine stationary assembly
HB
Machine rotating assembly
HD
Bearing assembly
68
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
5.0
KKS COMPONENT CODE
This document is intended to be an identification aid only
If contains no binding information about scope of supply
- Electrical components
-A
Assemblies and subassemblies
-B
Transducers for non-electrical to electrical variables and vice-versa
-C
Capacitors
-D
Binary elements, delay devices, memory devices
-E
Special components
-F
Protective devices
-G
Generators, power supplies
-H
Signaling devices
-K
Relays, contactors
-L
Inductors
-M
Motors
-N
Amplifiers, controllers
-P
Measuring instruments, testing equipment
-Q
Power switchgear
-R
Resistors
-S
Switches, selectors
-T
Transformers
-U
Modulators, convertors from electrical to other electrical variables
-V
Tubes, semiconductors
-W
Transmission paths, waveguides, aerials
-X
Terminals, plugs, sockets
-Y
Electrical positioners, e.g. solenoids (not motors)
-Z
Terminators, balancing equipment, filters, limiters, cable terminations
69
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
K
Mechanical components
KA
Gate valves, globe valves, dampers, cocks, rupture disks, orifices
KB
Gates, doors, dam boards
KC
Heat exchangers, coolers
KD
Vessels/tanks, pools, surge tanks (fluid systems)
KE
Turning, driving, lifting and slewing gear
KF
Continuous conveyors, feeders
KJ
Size reduction machines
KK
Compacting, packaging machines
KM
Mixers, agitators
KN
Compressors, blowers, fans
KP
Pumps
KT
Cleaning machines, dryers, separators, filters
KV
Burners, grates
KW
Stationary tooling and treatment machines for maintenance
M
Mechanical components
MB
Brakes
MF
Foundations
MG
Gearboxes
MK
Clutches, couplings
MM
Engines, not electrical
MP
Piping supports
MR
Piping components, ductwork components
MS
Petitioners, not electrical
MT
Turbines
MU
Transmission gear, non electrical, converters and boosters other than
couplings and gearboxes
70
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Q
Instrumentation and control components (non electrical)
QA
Enclosures (for I&C component protection only)
QB
Sensors if not structurally integral with "QP" metering orif.
QH
Signaling devices
QN
Controllers, flybolt governor
QP
Measuring instruments, testing equipment
QR
Instrument piping
QS
Condensation chambers (datum reservoir) in measuring circuits
QT
Thermowells and pockets for protection of sensors
X
Signal origins
XA
Functional group control/subloop control
XB
Control interface
XC
Hard-wired control
XF
Priority control
XG
Binary process signals processed by binary signal conditioning modules
XH
Analog process signals processed by limit monitor modules and output as binary
signals
XJ
Non-floating signals from unspecified plant areas (e.g. black box, dedicated
controls)
XK
Equipment unit protection
XL
Control room and stations, signals not assigned to specific control systems (e.g.
control interface tiles)
XM
Non-floating static alarm signals
XN
Status-display computer/criterion display
XP
Supervisory computer (process computer)
XQ
Analog signals
XS
Sequencing signals from functional group control
XT
Turbine I&C, binary signals
XU
Non-floating dynamic alarm signals
XW
Hard-wired alarm annunciation system
71
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Y
Signal applications
YA
Functional group control/sub-loop control
YB
Control interface
YC
Hard-wire control
YF
Priority control
YJ
Non-floating signals from unspecified plant areas (e.g. black box, dedicated
controls)
YL
Control room and stations, signals not assigned to specific control systems (e.g.
control interface tiles)
YN
Status-display computer/criterion display
YP
Supervisory computer (process computer)
YQ
Analog signals
YT
Turbine I&C, binary signals
YV
Signal interlocks (protective logics, alarm logics)
YW
Hard-wired alarm annunciation system
72
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
COMPONENTS FOR INSTRUMENTATION AND CONTROL
Range application [-B]
-B01
Two wires analogue transmitter
-B10
Four wires analogue transmitter (supply + signal)
-B40
Current to Pressure converter (I/P)
-B50
Single thermocouple (generic identification)
-B51
Single thermocouple type E
-B52
Single thermocouple type J
-B53
Single thermocouple type K
-B60
Double thermocouple (generic identification)
-B61
Double thermocouple type E
-B62
Double thermocouple type J
-B63
Double thermocouple type K
-B70
Single resistance thermometer
-B71
Double resistance thermometer
Range application [-D]
-D01
Process switch element with 1 SPDT contact
-D02
Process switch element with 2 SPDT contacts
-D03
Process switch element with 3 SPDT contacts
Range application [-P]
LCR
CCR
-P41
-P01
Indicator tile (current motor or valve position)
-P42
-P02
Single indicator
-P43
-P03
Digital indicator
-P50
-P10
Syncronoscop
-P44
-P11
Multiple indication station
-P45
-P21
Two or three pen recorder
-P46
-P22
Multi-points recorder
-P40
-P30
Totalizers
73
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Range application [Q]
QB01
Flow element
QP01
Pressure and temperature gauge
QT01
Thermowell
Range application [-S]
LCR
CCR
-S41
-S01
Signalling and command tile for motor
-S42
-S02
Signalling and command tile for pneumatic valve/solenoid
-S45
-S15
Signalling and command tile for valve with intermediate stop
-S40
-S20
Signalling and command tile for remote LOCAL/REMOTE selection
-S43
-S21
Signalling and command tile for selection of stand-by users
-S46
-S22
Signalling and command tile for STOP/RELEASE selection
-S44
-S24
Signalling and command tile for sequence
-S48
-S32
Signalling tile with 2 LEDS
-S47
-S33
Signalling tile with 3 LEDS
-S34
Signalling tile with 4 LEDS
-S36
Signalling tile with 6 LEDS
-S51
A/M station (closed loop control)
-S61
Digital logic station
-S82
Selector switch
-S90
Key switch
-S70
Local control station
-S71
Local emergency push-buttons
Range application [-Y]
-Y01
Pilot valve/solenoid normally de-energised
-Y11
Pilot valve/solenoid normally energised
-Y50
Power-switch (positioner for control motor valve)
Range application [-U]
-U01
Temperature transmitter.
74
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
SIGNAL FOR INSTRUMENT AND CONTROL
Signal range XB
XB0-
Switchgear unit interface
XB01/51
Breaker Closed (NO/NC)
XB02
Breaker Opened (NO/NC)
XB03/53
Breaker available (NO/NC)
XB07/57
Switchgear Remote Selection (NO/NC)
XB21
Breaker Auxiliary Contact to SER
XB26
Breaker Electrical Protection Trip to SER
XB27
Bus-Bar Under-voltage to SER
XB28
Bus-Bar Over-voltage to SER
XB29
Bus-Bar Ground to SER
XB31
Breaker Fault
XB32
Breaker Test Position
XB33
Breaker Fail to Charge Alarm
XB34
Breaker Trip Circuit Fault Alarm
XB35
Breaker Group Alarm
XB1-
Local push-button (LPB) feedback signals
XB11
Command ON/OPEN/RAISE
XB12
Command OFF/CLOSE/LOWER
XB13
Command STOP (intermediate position)
XB14
Command HIGH ON
XB15
Local Selection
XB16
Emergency STOP
XB7-
Interface signal between local control cabinets and central control cabinets
XB71
Feeding Volumatric
XB72
No Coal On Belt
XB73
Motor Torque
XB74
Zero Speed
XB75
Run Required
XB76
Stop Required
XB77
Cleaning Run Required
75
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
XB78
Cleaning Stop Required
XB8XB80
XB81
XB82
XB83
Ready to start
XB84
Interface signals between local
XB85
In service
XB86
Ready
XB87
Flame Failure
XB88
SCAV Ready
XB89
SCAV Required
76
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Signal range XC
XC01/51
Check-back signal final control element OPEN (NO/NC)
XC02 /52
Check-back signal final control element CLOSE (NO/NC)
XC03/53
Open Torque Switch (NO/NC)
XC04/54
Close Torque Switch (NO/NC)
XC07/57
Remote Selection (NO/NC)
XC11
Command INCREASE (+) to final control element
XC12
Command DECREASE (-) to final control element
XC14
Manual/Automatic
XC90
Power electronic unit disturbance
Signal range XG
XG01/51
Signal from process element switch - 1st SPDT (NO/NC)
XG02/52
Signal from process element switch - 2nd SPDT (NO/NC)
XG03/53
Signal from process element switch - 3rd SPDT (NO/NC)
XG33
Binary signal from other Control System (SPST NO or NC)
XG43/63
Binary signal from other PCU (NO/NC or YES/NO)
Signal range XQ
XQ0-
Field instrument signal
XQ01
First analogue signal
XQ02 ~ XQ09
Other analogue signal from the same instrument
XQ1-
Individual drive measure
XQ11
Motor current measure from switch-gear unit
XQ12
Valve position
XQ33
Analogue signal from the other Control System
XQ43
Analogue signal from other Process Control Cabinets (same
Control system)
77
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Signal Range YB
YB01
OPEN / ON command
YB02
CLOSE / OFF command
YB03
Stop Command (valve only)
YB04
Local Permit
YB05
Manual forcing
YB11
Increase
YB12
Decrease
YB6-
Local push-button (LPB) command signals
YB61
Command ON / OPEN / LOW to switch-gear.
YB62
Command OFF / CLOSED to switch-gear.
Signal range YG
YG33
Binary signal to other Control System
YG43
Binary signal to other Process Control Cabinet (same Control System)
Signal range YN
YN10
Auto/man selection (Local Control Room)
YN11
Command for motor from video unit (std.) (Local Control Room)
YN12
Command for valve from video unit (std.) (Local Control Room)
YN13
Selection from video unit for stand-by users (Local Control Room)
YN14
Command for start sequence (Local Control Room)
YN15
Command stop sequence (Local Control Room)
YN16
Operating Area Selection (Local Control Room)
YN17
Spare for Sequence (Local Control Room)
YN18
Spare for Sequence (Local Control Room)
YN19
Spare for Sequence (Local Control Room)
YN20
Spare for Sequence (Local Control Room)
YN51
Command ON video unit (No std.)
YN52
Command OFF video unit (No std.)
YN60
Auto/man selection
YN61
Command for motor from video unit (std.)
78
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
YN62
Command for valve from video unit (std.)
YN63
Selection from video unit for stand-by users
YN64
Command for start sequence
YN65
Command stop sequence
YN66
Operating Area Selection
YN67
Spare for Sequence
YN68
Spare for Sequence
YN69
Spare for Sequence
YN70
Spare for Sequence
YN71
A/M station from video unit (std.)
YN72~79 Spare for A/M control
YN80
User failure
Signal range YP
YP01 ~ YP49
Analogue supervision
YP01
Supervision - analogue measure : 1st signal
YP02
Supervision - analogue measure : 2nd signal
YP03
Supervision - analogue measure : 3rd signal
YP50 ~ YP99
Digital supervision
Signal range YQ
YQ12
Valve position request (to Power switch cabinet, I/P converter)
YQ33
Analogue signal to other control system
YQ37
Recording to desk/panel in CCR
YQ38
Indication to desk/panel in CCR
YQ43
Analogue signal to other PCU
YQ47
Recording to desk in LCR
YQ48
Indication to desk in LCR
YQ51
User unavailable
YQ52
User forced in manual mode
YQ53
User control air low pressure
79
Rev.F
TWO(2) X 500MW MONG DUONG 1 THERMAL POWER PLANT
PROCEDURE FOR PLANT IDENTIFICATION (KKS)
Signal range YR
YR11
Output signal to positioner/power electronic unit
YR13
Valve position to controller
YR14
Valve position to power electronic unit
Signal range YW
YW01
Signal to conventional alarm window in CCR
YW03
Signal to SER.
YW41
Signal to conventional alarm window in LCR
80
Rev.F